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- RAM Slots Most standard ATX motherboards come with four DIMM slots (though you might have to make do with two on some budget models). Four slots will be adequate except for the most demanding of users - See our ' How Much RAM Do You Need ' article for more info.
- I did some research and found the atx version for the same B550 motherboard, but it lacks a sufficient USB 3.2 Gen 1 headers to connect to the case unlike the micro-atx. Should I just stick with the micro atx or would it be better in the long run to go with the atx board which has more expansion slots?
- To the right of the DRAM slots are two (of four) RGB headers, a 3-pin and 4-pin for aRGB and RGB, respectively. Just below this is the 24-pin ATX connector that delivers power to the motherboard.
- Micro ATX boards have the same RAM capacity as standard ATX motherboards. They have up to 4 DIMM slots. It is also a balance between both standard ATX and Mini ITX. It is compact to a certain extent and maintains decent expandability.
ASRock B550M Phantom Gaming 4 AM4 AMD B550 SATA 6Gb/s Micro ATX AMD Motherboard. Sale INCLUDES: ASROCK A780LM AM2 Socket DDR2 Ram Slots MicroATX Motherboard Working.
Motherboards with an FM2+ socket are designed for AMD’s Steamroller based Kaveri APUs.
FM2+ Motherboards are backwards compatible with FM2 APUs, meaning Richland and Trinity APUs are compatible with FM2+ motherboards. FM2+ APUs are not compatible with FM2 boards, so if you want to upgrade to a Kaveri APU, you will also need to upgrade to a motherboard with a socket FM2+.
FM2+ Motherboards have a variety of chipsets, with the most common being A88X, A78, and A55.
Here is a selection of the best FM2+ motherboards on the market.
LGA 2011-v3 motherboards with an X99 chipset support Haswell-E processors that were released in September 2014: Intel Core i7-5960X, Core i7-5930K, and Core i7-5820K.
We have listed some of the best X99 motherboards for gaming below, compare them to find out which board is best suited to your setup and budget.
ASUS A88X-PRO
| Motherboard | ASUS A88X-PRO |
|---|---|
| Socket Type | FM2+ |
| Chipset | A88X |
| Form Factor | ATX |
| Year Released | 2014 |
| Expansion Slots | 5 x PCI Express 2 x PCI |
|---|---|
| Onboard Graphics | Yes |
| RAM Slots | 4 x DDR3 |
| Maximum RAM | 64GB |
MSI A88X-G45 GAMING
| Motherboard | MSI A88X-G45 GAMING |
|---|---|
| Socket Type | FM2+ |
| Chipset | A88X |
| Form Factor | ATX |
| Year Released | 2014 |
| Expansion Slots | 6 x PCI Express 1 x PCI |
|---|---|
| Onboard Graphics | No |
| RAM Slots | 4 x DDR3 |
| Maximum RAM | 64GB |
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ASRock FM2A88X Extreme6+
| Motherboard | ASRock FM2A88X Extreme6+ |
|---|---|
| Socket Type | FM2+ |
| Chipset | A88X |
| Form Factor | ATX |
| Year Released | 2013 |
| Expansion Slots | 5 x PCI Express 2 x PCI |
|---|---|
| Onboard Graphics | Yes |
| RAM Slots | 4 x DDR3 |
| Maximum RAM | 64GB |
Asus A88XM-PLUS
| Motherboard | Asus A88XM-PLUS |
|---|---|
| Socket Type | FM2+ |
| Chipset | A88X |
| Form Factor | Micro ATX |
| Year Released | 2013 |
| Expansion Slots | 3 x PCI Express 1 x PCI |
|---|---|
| Onboard Graphics | Yes |
| RAM Slots | 4 x DDR3 |
| Maximum RAM | 64GB |
Gigabyte G1.Sniper A88X
| Motherboard | Gigabyte G1.Sniper A88X |
|---|---|
| Socket Type | FM2+ |
| Chipset | A88X |
| Form Factor | ATX |
| Year Released | 2013 |
| Expansion Slots | 4 x PCI Express 2 x PCI |
|---|---|
| Onboard Graphics | Yes |
| RAM Slots | 4 x DDR3 |
| Maximum RAM | 64GB |
Standard ATX, Micro ATX, & Mini ITX are the most popular form factor among PC builders. Beginners would often wonder what the differences are, and what’s the best. It’s not just size that separates these motherboards.
They differ regarding size & compatibility mostly, but they have slight differences that make a large difference.
The motherboard is one of the most important parts of your build. It dictates Expandability, Compatibility, and the overall size of the system. When choosing a form factor, you must have your intentions in mind.
Form Factors Come In Different Sizes
The most obvious difference is the difference in size, Standard ATX being the largest, and Mini ITX is the smallest.
In this table, you can tell that the smaller motherboards are compatible with the larger form factor cases. This is because of the screw holes. Micro ATX and Mini ITX screw holes are a subset of the full-sized ATX boards.
So that means you can use a Mini ITX board in a Full tower PC case, but it does sound pointless doing that because your case’s upgradability will be bottlenecked by the motherboard.
Your choice of form factor will determine which case you will be using. Keep in mind, if you go for Standard ATX, you may not be able to use cases smaller than a Mid Tower.
Larger Form Factors Have More Upgradability
We can see a trend, the larger the motherboard, the more slots it has. Micro and Standard ATX motherboards share the same width, but standard ATX motherboard is longer in length.
The height advantage of the standard ATX motherboard allows for more PCI-E slots resulting in more upgrade potential.
PCI-E Limitations With Smaller Form Factors
The problem with smaller form factors is that they’re extremely limited with PCI-E slots. It the price you pay for portability & compactness.
The Mini ITX motherboard only has 1 PCI-E slot, you will likely be installing a graphics card here, but there is no hope for installing other PCI-E devices.
If you have thoughts about installing extra PCI-E cards like Sound cards and Wifi Cards, then you will need a Micro ATX motherboard or larger.
Mini ITX builds are niche builds with very specific intentions. If you’re thinking about running multiple graphics cards, with a ton of RAM, then Mini-ITX definitely isn’t for you.
RAM Upgradability
Standard and Micro ATX Motherboards both support up to 4 RAM sticks, whereas Mini ATX can only support up to 2. The max capacity of a Mini ATX motherboard is 2×16 which is 32GB of memory.
Standard and Micro ATX can support up to twice that capacity. 32GB of RAM is more than enough, but just in case you need that extra capacity, Standard & Micro ATX can give you that extra capacity.
Smaller Form Factors Are More Portable
A smaller motherboard means you can fit it inside a tiny, compact case. That is one of the many benefits of going for Mini or even Micro ATX.
Micro ATX has the benefit of being a balance between both Standard and mini ITX motherboards. It retains upgradability whilst also offering portability.
Mini ITX motherboards can become so compact that you can hold them with one hand. You can build such a tiny PC with the same power as a standard ATX motherboard. This is attractive to a lot of people, especially gamers.
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Pros And Cons For Each Motherboard Form Factor
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Keep in mind, preferences vary from person. No motherboard is better than the other. Someone may have a specific reason to build a Mini-ITX build, it doesn’t make it better than a standard ATX motherboard.
Standard ATX Motherboard – Pros & Cons
- Standard ATX builds definitely have the most upgradability out of the three. With up to 6 PCI-E Slots, you are able to install extra PCI-E cards such as sound, and wifi cards.
- 4 memory slots are great if you’re going to fill them all up. You have the ability to use up to 64GB RAM.
- When using a standard ATX motherboard you’re going to be using a larger case. With that being said, the airflow will be excellent. Extreme overclocking is possible with such a build.
- However, standard ATX comes with a price. You won’t be moving this build around a lot due to the size.
- Also, you cannot fit a standard ATX motherboard into a case smaller than a mid-tower. You cannot have both compactness and upgradability
Micro ATX Motherboard – Pros & Cons
- Micro ATX motherboards are the cheapest out of the three. You can easily build a budget build with these motherboards.
- They can also fit into larger cases.
- Micro ATX boards have the same RAM capacity as standard ATX motherboards. They have up to 4 DIMM slots.
- It is also a balance between both standard ATX and Mini ITX. It is compact to a certain extent and maintains decent expandability.
- However, it has fewer PCI-E slots than the standard ATX motherboards, only supporting up to 4 PCI-E slots.
- Extreme overclocking may not be possible due to fewer power phases on the motherboard.
Mini ITX Motherboard – Pros & Cons
- Mini ITX motherboards are extremely compact. If you go far enough, you can make a build that you can hold with one hand.
- Due to its size, it is extremely portable.
- They can also be aesthetically pleasing. This may be subjective, but smaller builds are generally better looking.
- Overclocking will be an issue due to fewer power phases on the motherboard.
- Minimal expandability, only one PCI-E slot, most likely reserved for a graphics card.
- Compatibility issues are also a thing with these extremely tiny motherboards. Some graphics cards are incompatible with these motherboards. You may have to search for a “mini” variant of a GPU.
What Motherboard Form Factor Is The Best?
Again, it is subjective, you can build a powerful Mini ITX gaming build, but you will suffer from a lack of expandability.
But for a beginner that wishes to build their first gaming or video editing PC, I’d suggest going for a Standard or Micro ATX motherboards.
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Both of those form factors are very beginner-friendly, and it is very unlikely that you will run into compatibility issues when installing hardware.
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And since games and video editing tend to be intensive on the hardware, you will be generating a lot of heat. Standard and Micro ATX builds tend to deal with heat better than Mini-ITX builds.